NOUN
- United States biochemist (born in Germany) who studied the metabolism of muscles (1884-1951)
How To Use Meyerhof In A Sentence
- Meyerhof and Hill's pioneering thermodynamic studies had been the basis for the conclusion that the cycle of lactic acid formation and oxidation were the key events in glycolysis. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry
- Meyerhof's greatest achievement was his ability to clarify both the starring and supporting roles of the many molecules involved in glycolysis and then place them in proper sequence of the metabolic script. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry
- Early on, Meyerhof's group spent considerable effort to investigate the effects of hexokinase, which Meyerhof had discovered in 1927. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry
- Embden believed that the appearance of hexosediphosphate was related to his lactocidogen, while Meyerhof proposed early on that all glucose must go through esterification leading to formation of phosphates. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry
- The first hint of ATP's real importance took place within the thermodynamic studies that Meyerhof had ordered for the various phosphorylated compounds. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry
- In addition to spawning Meyerhof's first doubts about the centrality of lactic acid in glycolysis, the discovery encouraged him to begin measurements of the amount of energy released by the splitting of the bonds of creatine phosphate and other phosphate derivatives. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry
- Meyerhof and his colleagues in Heidelberg worked out step after step of the glycolytic pathway. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry
- Of Meyerhof's many achievements, perhaps the most important is his proof that, in isolated but otherwise intact frog muscle, the lactic acid formed is reconverted to carbohydrate in the presence of oxygen, and his preparation of a KC1 extract of muscle which could carry out all the steps of glycolysis with added glycogen and hexose-diphosphate in the presence of hexokinase derived from yeast. Otto Meyerhof - Biography
- Its role surfaced only gradually as Meyerhof's group patiently broke the glycolytic pathway into its individual steps and analyzed them. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry
- This picture only gradually became clear as Meyerhof and others simultaneously worked out the cyclical process of glycolysis and the reversibility of certain reactions. Otto Meyerhof and the Physiology Institute: the Birth of Modern Biochemistry